?? direct.dat
字號:
12flow network index which this unit belongs to
13order index of flow branch 1 in the network
14order index of flow branch 2 in the network
15order index of flow branch 3 in the network
16order index of flow branch 4 in the network
17order index of flow branch 5 in the network
18order index of flow branch 6 in the network
19order index of flow branch 7 in the network
20order index of flow branch 8 in the network
21order index of flow branch 9 in the network
22order index of flow branch 10 in the network
*
40SELECTER
0 0 2 1 1
4C1:INPUT CONTROL SIGNAL 1
4C2:INPUT CONTROL SIGNAL 2
4C3:OUTPUT CONTROL SIGNAL
#
1MODE: 1=SIGN1; 2=SIGN2; 3=MAX; 4=MIN; 5=SIGN1-SIGN2
*
41ROTATION RATE INVERTER
3 0 2 1 5
4C1:INPUT CONTROL SIGNAL
4C2:ON/OFF SIGNAL
5N1:ROTATION RATE
#
1ACCELERATION (RPS/S)
2REDUCTION RATE (RPS/S)
3SPEED UPPER LIMIT (RPS)
4SPEED LOWER LIMIT (RPS)
5DEAD BAND (RPS)
*
42DAMPER OR VALVE WITH MOTORIZED ACTUATOR
6 0 2 1 8
4control variable from controller
4actuator relative position
4actuator relative position
#
1flow resistance, damper or valve open [1000/(kg m)]
2leakage parameter (-)
3characteristic: 0>=EXP.,1=>LIN.,intermediate=>intermed.
4mode: 0=>closed when control=0;1=>closed when control=1
5hysteresis parameter(-)
6full stroke action time(sec)
7flow network index which flow branch belongs to
8order index of flow branch in the network
*
43FLOW RATE BALANCE CALCULATION
67 0 1 29 35
1P1: the reference pressure
2W1: mass flow rate 1
2W2: mass flow rate 2
2W3: mass flow rate 3
2W4: mass flow rate 4
2W5: mass flow rate 5
2W6: mass flow rate 6
2W7: mass flow rate 7
2W8: mass flow rate 8
2W9: mass flow rate 9
2W10: mass flow rate 10
2W11: mass flow rate 11
2W12: mass flow rate 12
2W13: mass flow rate 13
2W14: mass flow rate 14
2W15: mass flow rate 15
2W16: mass flow rate 16
2W17: mass flow rate 17
2W18: mass flow rate 18
1P2: pressure 2
1P3: pressure 3
1P4: pressure 4
1P5: pressure 5
1P6: pressure 6
1P7: pressure 7
1P8: pressure 8
1P9: pressure 9
1P10: pressure 10
1P11: pressure 11
1P12: pressure 12
#
1index of this fluid flow network (-)
2MODE: 1--AIR, 2--WATER
3amount of flow branches in this network (-)
4amount of pressure nodes in this network (-)
5resis. coef. criterion for fully blocked branch[1000/(kg.m)]
6PN1: index of pressure node 1, the reference node (-)
7PN2: index of pressure node 2 (-)
8PN3: index of pressure node 3 (-)
9PN4: index of pressure node 4 (-)
10PN5: index of pressure node 5 (-)
11PN6: index of pressure node 6 (-)
12PN7: index of pressure node 7 (-)
13PN8: index of pressure node 8 (-)
14PN9: index of pressure node 9 (-)
15PN10: index of pressure node 10 (-)
16PN11: index of pressure node 11 (-)
17PN12: index of pressure node 12 (-)
18(inlet pre. index)*100+(outlet pre. index) of flow 1(-)
19(inlet pre. index)*100+(outlet pre. index) of flow 2(-)
20(inlet pre. index)*100+(outlet pre. index) of flow 3(-)
21(inlet pre. index)*100+(outlet pre. index) of flow 4(-)
22(inlet pre. index)*100+(outlet pre. index) of flow 5(-)
23(inlet pre. index)*100+(outlet pre. index) of flow 6(-)
24(inlet pre. index)*100+(outlet pre. index) of flow 7(-)
25(inlet pre. index)*100+(outlet pre. index) of flow 8(-)
26(inlet pre. index)*100+(outlet pre. index) of flow 9(-)
27(inlet pre. index)*100+(outlet pre. index) of flow 10(-)
28(inlet pre. index)*100+(outlet pre. index) of flow 11(-)
29(inlet pre. index)*100+(outlet pre. index) of flow 12(-)
30(inlet pre. index)*100+(outlet pre. index) of flow 13(-)
31(inlet pre. index)*100+(outlet pre. index) of flow 14(-)
32(inlet pre. index)*100+(outlet pre. index) of flow 15(-)
33(inlet pre. index)*100+(outlet pre. index) of flow 16(-)
34(inlet pre. index)*100+(outlet pre. index) of flow 17(-)
35(inlet pre. index)*100+(outlet pre. index) of flow 18(-)
*
44SIGNAL RESETTER BASED ON THE 4 INPUT SIGNALS
3 0 4 1 4
4input signal 1
4input signal 2
4input signal 3
4input signal 4
4output signal
#
1maximum output signal(-)
2minimum output signal(-)
3output signal change speed
4mode--1:increase when input 3>input 4; -1:decrease when input 3>input 4
*
45SIGNAL RESETTER BASED ON THE MAXIMUM INPUT SIGNAL
3 0 10 1 7
4INPUT SIGNAL 1
4INPUT SIGNAL 2
4INPUT SIGNAL 3
4INPUT SIGNAL 4
4INPUT SIGNAL 5
4INPUT SIGNAL 6
4INPUT SIGNAL 7
4INPUT SIGNAL 8
4INPUT SIGNAL 9
4INPUT SIGNAL 10
4OUTPUT SIGNAL
#
1number of input signals
2maximum output signal
3minimum output signal
4output signal change speed(/s)
5mode--+1:increase when input higher; -1:decrease when input higher
6expected upper limitation of maximum input
7expected lower limi?? 快捷鍵說明
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